If two isotopes of chlorine are in the ratio 3:1, if the isotope ratio is reversed the average atomic mass of chlorine is?

Open in App

Solution

Suggest Corrections

Similar questions

^{35} C l

and

^{37} C l

are the two isotopes of chlorine, in the ratio

3 : 1

respectively. If the isotope ratio is reversed the average atomic mass of chlorine will be:

_{17}^{35} C l

and

_{17}^{37} C l

are two isotopes of chlorine. If average atomic mass is

35.5

then ratio of these two isotopes is:

_{17}^{35} Cl

and

_{17}^{37} Cl

are two isotopes of Chlorine. If atomic mass of Chlorine is

35.5

, then the mass ratio of these isotopes is

x : 1

, where

x

is :

Chlorine has two isotopes having atomic masses of 35u and 37u each. They are present in the ratio 3:1 respectively. The average atomic mass of Chlorine is _______u.

The two isotopes of chlorine are ³⁵₁₇Cl and ³⁷₁₇Cl in the ratio of 3:1. What is the average atomic mass of the chlorine atom?

Join BYJU'S Learning Program